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Helical Wind Turbine

Name: Helical Wind Turbine
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Unit

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MOQ : 1 Unit

Helical Wind Turbine Specification

Equipment Type
Helical Wind Turbine

Material
Aluminum Alloy, Steel

Processing Type
Precision Fabricated

Condition
New

Technology
Helical (Vertical Axis Wind Turbine)

Dimension (L*W*H)
Height: 1.2-3 m; Diameter: 0.8-1.8 m (depending on capacity)

Power Mode
Wind Powered

Voltage
24V/48V/220V AC/DC (customizable)

Power Consumption
Self-sustained, no consumption

Pressure Output
NA (Not applicable)

Application
Small to Medium Scale Power Generation, Residential, Commercial, Rural Electrification

Coating Type
Anti-Corrosion Powder Coating

Accessories
Controller, Inverter, Mounting Kit

Generator Type
Permanent Magnet Synchronous

Control System
MPPT Smart Controller

Rated Power Output
500W/1kW/2kW/5kW (configurable)

Noise Level
<45 dB

Survival Wind Speed
60 m/s

Rotor Speed
80-350 rpm

Design Life
20+ years

Operation Temperature Range
-25C to +55C

Blade Material
Fiberglass Reinforced Composite

Maximum Output Power
Up to 6000W

Starting Wind Speed
2 m/s

Blade Number
3 (Helical Curved)

Mounting Type
Pole/roof/ground mount supported

About Helical Wind Turbine

The helical vertical-axis wind turbine combines aerodynamic efficiency with a modern spiral-blade design to deliver smooth, stable, and low-noise power generation. Designed for research, educational, smart city, and hybrid renewable energy applications, the helical rotor structure improves rotational stability and performance under turbulent wind conditions.

Ideal for:

Renewable energy research & testing
Universities and technical laboratories
Smart city and IoT energy projects
Rooftop and urban installations
Hybrid solar-wind systems
Demonstration and educational applications

Key Features

Helical blade design for smoother torque output
Omni-directional wind capture without yaw mechanism
Low start-up wind speed for improved efficiency
Quiet and vibration-reduced operation
Lightweight and corrosion-resistant structure
Suitable for urban and turbulent wind environments
Compact footprint with aesthetic modern appearance
Easy integration with monitoring and control systems

General Technical Datasheet

Parameter	Typical Range
Turbine Type	Helical Vertical Axis Wind Turbine
Rated Power	300 W 3 kW
Maximum Power	500 W 4 kW
Rated Voltage	12 V / 24 V / 48 V DC
Rotor Diameter	0.6 m 2 m
Blade Height	1 m 4 m
Number of Blades	3 5
Blade Material	Glass Fiber / FRP / Composite
Blade Color	White / Red / Green / Custom
Start Wind Speed	1.5 3 m/s
Rated Wind Speed	9 12 m/s
Survival Wind Speed	Up to 45 50 m/s
Generator Type	Three-Phase Permanent Magnet Generator
Brake System	Electromagnetic
Protection Grade	IP54 IP65
Noise Level	50 dBA
Operating Temperature	-40C to +80C
Wind Direction Requirement	Omni-directional Automatic Wind Adaptation
Mounting Options	Rooftop / Pole / Ground-Mounted

Performance Highlights

Smooth rotational dynamics with reduced vibration
Improved efficiency in variable and turbulent wind conditions
Low-noise operation suitable for urban environments
Compact and visually attractive turbine structure
Reliable long-term operation with minimal maintenance
Research-friendly platform for instrumentation and data collection

Efficient Power Generation for Diverse Settings

The helical wind turbine delivers sustainable electricity for small- to medium-scale applications. Precision-fabricated and supported by customizable outputs, it adapts to residential, commercial, and rural electrification projects. Its vertical axis design ensures reliable operation at lower wind speeds and varied wind conditions, providing energy independence in locations where traditional wind turbines may not suffice.

Built to Endure: Reliable, Quiet, and Low Maintenance

Designed with a focus on resilience, this turbine utilizes corrosion-resistant coatings and high-grade materials-aluminum alloy, steel, and composite blades-for a long design life exceeding 20 years. The quiet operation (<45 dB) and robust construction enable deployment in urban, suburban, or remote settings, supporting ongoing, dependable green power generation with minimal upkeep.

FAQ's of Helical Wind Turbine:

Q: How does the helical design of the wind turbine improve power generation efficiency?

A: The helical (vertical axis) design captures wind from any direction, maximizing energy conversion even at low start-up speeds (from 2 m/s) and under turbulent wind conditions. This results in more consistent power output compared to traditional horizontal axis turbines.

Q: What materials are used for the turbine blades and why are they chosen?

A: The blades are built from fiberglass reinforced composite, combining lightweight structure with high strength and resistance to environmental factors. This material minimizes maintenance and ensures the turbine withstands harsh weather over a 20+ year lifespan.

Q: When should I use a helical wind turbine instead of a traditional turbine?

A: Helical wind turbines are ideal when site wind direction is variable or obstructed, or where quieter operation is required. Their ability to start at low wind speeds makes them suitable for residential, commercial, or rural applications with inconsistent wind patterns.

Q: Where can this wind turbine be mounted?

A: This model supports pole, roof, or ground mounting, allowing flexibility for installation in urban rooftops, open fields, or alongside existing infrastructure. The choice depends on available space, wind exposure, and local regulations.

Q: What accessories come with the turbine and how do they facilitate operation?

A: The turbine package includes a smart MPPT controller, inverter, and mounting kit, ensuring easy integration into your power system. The MPPT controller optimizes power conversion, while the inverter allows for both AC and DC output, matching various consumption needs.

Q: How does the turbine ensure safe operation during extreme weather conditions?

A: Engineered to withstand survival wind speeds up to 60 m/s, the turbine's robust construction, precision fabrication, and secure mounting options provide safety and durability in challenging weather, minimizing the risk of failure or damage.

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